In the present investigation, the aim was to improve the modification of the surface of the CNTs with different
chemical solutions and the characteristics of the F-CNTs reinforced with polymeric composites, so as to promote uniform
dispersion and improve the bond between CNTs and polymers. To this end, the CNTs were initially treated with various methods
such as acid treatment, silane treatment, thiolation treatment and amine treatment. The functionalization CNTs were
characterized by the Fourier transform infrared (FTIR). The main objective of this work was to improve the mechanical
characteristics of a polymer composite using nano-reinforcements. The superior properties of nanotubes (CNT) make polymeric
compounds a potentially reinforced agent. The interfacial adhesion between the CNTs and the uniform dispersion of the CNTs
and the polymer are critical factors that need to be improved to improve the mechanical properties of the polymer compounds.
The effect of F-CNT with the polymer content in the composite
